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They Exist! Introducing Plural Mentions to Coreference Resolution and Entity Linking

机译:他们存在!对共指解析和实体链接引入复数提法

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This paper analyzes arguably the most challenging yet under-explored aspect of resolution tasks such as coreference resolution and entity linking, that is the resolution of plural mentions. Unlike singular mentions each of which represents one entity, plural mentions stand for multiple entities. To tackle this aspect, we take the character identification corpus from the SemEval 2018 shared task that consists of entity annotation for singular mentions, and expand it by adding annotation for plural mentions. We then introduce a novel coreference resolution algorithm that selectively creates clusters to handle both singular and plural mentions, and also a deep learning-based entity linking model that jointly handles both types of mentions through multi-task learning. Adjusted evaluation metrics are proposed for these tasks as well to handle the uniqueness of plural mentions. Our experiments show that the new coreference resolution and entity linking models significantly outperform traditional models designed only for singular mentions. To the best of our knowledge, this is the first time that plural mentions arc thoroughly analyzed for these two resolution tasks.
机译:本文可以分析解析任务(例如,共指解析和实体链接)中最具挑战性但尚未充分开发的方面,即复数提及的解析。与单数提及表示每个实体不同,复数提及代表多个实体。为了解决此方面,我们从SemEval 2018共享任务中获取字符识别语料库,该任务由单数注释的实体注释组成,并通过添加复数注释的注释进行扩展。然后,我们介绍一种新颖的共参考解析算法,该算法有选择地创建集群以处理单数和复数提及,以及一种基于深度学习的实体链接模型,该模型通过多任务学习共同处理两种提及。还针对这些任务提出了调整后的评估指标,以处理复数提及的唯一性。我们的实验表明,新的共指分辨率和实体链接模型大大优于仅为单数提及而设计的传统模型。据我们所知,这是首次针对这两项解决任务彻底分析复数形式。

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